Energy Economics Group (EEG)

We lead integrated systems analysis to power sustainable, resilient, and fair energy futures for society. We connect energy, economy, and environment through science-based insights that support real-world decisions and improve people’s lives.

Energy Economics Group

The Energy Economics Group (EEG) at the Paul Scherrer Institute is an interdisciplinary team analysing energy systems, markets and socio-economic factors to support the transition to sustainable energy. As part of PSI’s Laboratory for Energy Systems Analysis, EEG develops detailed scenarios with advanced optimisation and integrated assessment models to explore how technologies, infrastructure, markets and behaviours evolve under uncertainty.

By combining engineering detail with economic and behavioural insights, EEG provides policymakers, industry and the scientific community with actionable knowledge for decarbonisation, energy security and long-term planning. 

Positioned at the interface of science, economics and policy, EEG works closely with Swiss authorities, industry, and international organisations such as the European Commission, OECD, IEA and World Energy Council, ensuring research is relevant and impactful for national, European and global sustainability goals.

By integrating technical expertise with real-world applicability, EEG is a critical resource for shaping long-term climate mitigation strategies, energy security, and sustainable development pathways.

EEG Research
Policy measures
•Energy and Climate

New OECD study evaluates the effectiveness of Switzerland’s climate policies

How much do Switzerland’s climate-policy measures reduce emissions, and what do they mean for the wider economy?

Evangelos Panos delivering his keynote speech on stage
•Energy and Climate

Evangelos Panos at Climate Week Zurich

In his keynote speech, Evangelos Panos explained what delivering the Swiss energy transition will take.

Mithilfe des STEM-Modells wird unter anderem die strategische Rolle der Wasserkraft bei der Energiewende in der Schweiz untersucht. © Adobe Stock
•Energie und Klima
•9 min

Ein umfassendes Energiesystemmodell für die Schweiz

Energiesysteme Energiewende

Energiesysteme stehen vor komplexen, langfristigen Herausforderungen, die mit einem hohen Mass an Unsicherheit behaftet sind. Das STEM-Energiesystemmodell der Gruppe Energiewirtschaft am PSI ist zu einem wichtigen Instrument geworden, um diese Herausforderungen zu erforschen und die Entscheidungsfindung zu unterstützen.

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